Calculate moment of inertia of 2D and 3D objects in Ansys Maxwell and create a Band with assigned value. Allow to calculate the value not depending on it complicity and provide exact value. Help to analyze a model consider mechanical transient processes

Apply motion loads issued from a Rigid body analysis in a static structural analysis [Contains source code]

With this extension, it is possible to simulate the phenomenon of heat source movement such as arc welding.

Facilitate the definition of a moving heat source in Workbench Mechanical [Contains source code]

Export results for multiple objects at once and have the data combined into a single output file, avoiding the need for multiple exports and manual collection/combination of the data. [Contains source code]

Expose new parametric structural loads for multistep analyses (incl. transient). Supported loads include Force, Pressure, Moment, and Displacement.

Multiharmonics App is based on ACT and DPF (Data Processing Framework). This App leverages DPF’s “fft_multi_harmonic_minmax” to improve the performance of the operations while also allowing a more accurate way of combining harmonic result than SRSS, where phase information is lost.

Evaluate anisotropic material constants for non-homogeneous material which is Lattice structure, Composite (e.g. FRP using short or long fiber), Honeycomb and so on. Template function to create microstructure model is also included in Design Modeler and SpaceClaim

Multiscale.Sim can perform multiscale analysis based on homogenization theory. You can observe macroscopic material responses and identify an-isotropic material constants by carrying out a Virtual Material Test using unit cell modeling of microstructure. Template to create the model is also included.

Easily make NACA (National Advisory Committee for Aeronautics) airfoil geometry models for 3D fluid flow computations

Expose the nonlinear diagnostics (NLDIAG) functionality in Mechanical to identify or display the highly distorted elements

Model radiation fields of antennas and phased arrays without modelling geometry